Geosynthetic Clay Liners
HX® Geosynthetic Clay Liner (GCL) is a new type of geosynthetic material.which is made of natural nano bentonite as the material.Through a special process. the shadow hole soil particles are fixed between two layers of geotextile to make a bentonite waterproof blanket. lt not only has all the characteristics of geotextile. but also has excellent waterproof (permeability) performance.
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Adhesive-Bonded Bentonite GCL (AH)
GCL-AH series is a needlepunched, thermally reinforced composite comprised of a core of natural sodium bentonite clay between two durable geotextile layers to form a low permeability hydraulic barrier. The top layer is a staple fiber nonwoven geotextile while the bottom layer is a woven geotextile. The bottom woven geotextile contains a rugged adhesive geofilm to provide a geomembrane type of hydraulic conductivity. The product is intended for applications that require excellent hydraulic conductivity properties.
Needle-Punched Film-Covered Bentonite GCL (OF)
GCL-OF series is a needlepunched, thermally reinforced composite comprised of a core of natural Wyoming sodium bentonite clay between two durable geotextile layers to form a low permeability hydraulic barrier. The top layer is a staple fiber nonwoven geotextile while the bottom layer is a scrim (woven) reinforced nonwoven geotextile. The product is intended for moderate to steep slopes and moderate to high load applications where increased internal shear strength is required. Product intended where subgrade conditions are rough in nature, prevent shrinkage below geomembranes, and/or where hydraulic head conditions may apply.
Needle-Punched Bentonite GCL (NP)
GCL-NP series is a needlepunched, thermally reinforced composite comprised of a core of natural sodium Wyoming bentonite clay between two durable geotextile layers to form a low permeability hydraulic barrier. The top layer is a staple fiber nonwoven geotextile while the bottom layer is a woven geotextile. The product is intended for moderate to steep slopes and moderate to high load applications where increased internal shear strength is required.
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